Latest Articles for Galaxies

Discovering ASASSN-23bd, the faintest TDE in galaxy NGC 3799.

Research reveals insights into star formation and galaxy interactions in the Magellanic Clouds.

A recent study uncovers transients and variable sources in the NEP Time Domain Field.

Research program TELAMON sheds light on TeV blazars and their emissions.

Research reveals insights about early galaxies and star formation.

A look into dark matter's self-interactions and their implications.

New telescope findings challenge existing models of galaxy formation, pointing to primordial black holes.

Researchers utilize advanced modeling to accurately measure galaxy distances via redshift.

Research reveals how star-forming and quiescent galaxies evolve in size over time.

Explore the significance of the first stars in shaping the cosmos.

Examining the relationship between Ultra Diffuse Galaxies and their globular clusters.

An analysis of elements and star formation in the Magellanic Clouds' interstellar medium.

Research uncovers redshifts of blazars, aiding understanding of the universe's expansion.

A fresh approach reveals how stars move in our galaxy.

Different data methods shape our view of young galaxies and their formation.

New techniques improve how we classify and understand galaxies efficiently.

Study reveals gas clouds impacting X-ray emissions from EC 045705206.

Study reveals how Draco galaxy lost gas to Milky Way's corona.

Improving shear bias calibration is key to studying dark energy and the universe's expansion.

Investigating how molecular clouds shape the arrangement of stars and gas in galaxies.

Examining the role of Lyman Continuum in galaxy evolution and reionization.

Recent studies enhance our knowledge of X-ray sources and their types.

Research reveals potential black holes among variable stars in our galaxy.

Examining how cosmic filaments shape galaxies' properties and evolution.

Study reveals insights into ionising radiation in star-forming galaxies using infrared observations.

Recent studies reveal surprising findings about massive stars and their impact on star formation.

Research reveals key connections in blazars' emissions using infrared data.

Exploring how early galaxies contributed to the universe's transition from darkness to light.

Exploring how stars create and distribute elements in the universe.

Studying faint galaxies reveals insights into early universe events.

Study reveals key features of TN J1338-1942 and its active galactic nucleus.

Study reveals how mass and environment influence galaxy star formation.

The EDGE-CALIFA survey reveals key findings about galaxy formation and star development.

Exploring how patchy screening reveals gas density around galaxies through CMB analysis.

A look into the behavior of stars in the Milky Way's spiral arms.

The patchy screening effect reveals crucial insights into gas distribution in the universe.

A star's encounter with a black hole reveals complex behaviors and dynamics.

New approach estimates dust in galaxies without infrared or ultraviolet data.

A study reveals a high number of binary stars near the Milky Way's center.

Study reveals ages and compositions of globular clusters in M31.